Huawei OptiX OSN 9800 and Boards Datasheet...Router-switch.com 2 Overview Intended for 100G and beyond 100G optical networks, the Huawei OSN 9800 U64/U32/U16 subrack is a next-generation

Huawei OptiX OSN 9800 and Boards Datasheet

Router-switch.com 1

CONTENT

Overview .......................................................................................................................................................................... 2

Specification ..................................................................................................................................................................... 4

Services and Capabilities ................................................................................................................................................ 17

Hardware Description ..................................................................................................................................................... 34

OptiX OSN 9800 UPS Chassis ................................................................................................................................... 34

OptiX OSN 9800 M24 Chassis .................................................................................................................................. 36

OptiX OSN 9800 P32 Chassis ................................................................................................................................... 42

OptiX OSN 9800 U16 Chassis ................................................................................................................................... 48



Board Description ........................................................................................................................................................... 58

Basic Ordering Information............................................................................................................................................. 65

Where to Buy ................................................................................................................................................................. 66

Sources........................................................................................................................................................................... 67

Contact Us

Tel: +1-626-239-8066 (USA) +852-3050-1066 / +852-3174-6166

Fax: +852-3050-1066 (Hong Kong)

Email: [email protected] (Sales Inquiries)

Router-switch.com 2

Overview

Intended for 100G and beyond 100G optical networks, the Huawei OSN 9800 U64/U32/U16 subrack is a next-generation

large-capacity OTN product that integrates ASON, OTN, and packet functions. It is applicable to various networks,

including super-backbone, backbone, and metro networks.

OSN 9800 M24 is a next-generation ultra-large capacity, high integration, and optoelectronic OTN/WDM product

developed based on new software and hardware platforms. It is applicable to backbone and metro networks.

OSN 9800 universal platform subrack mainly works with the OSN 9800 U64/U32/U16/M24, which is applied at the

electrical layer in WDM and OTN system. Empowered with these features, OSN 9800 universal platform subrack enables

end-to-end OTN/WDM backbone transport solutions and implements multi-service, large-capacity, and fully transport

transmission.

The OSN 9800 P32 subrack is an ultra-large capacity all-optical cross-connect product. It is mainly used at the backbone

core layer and metro aggregation layer. It works with the OSN 9800/1800 to build a complete E2E WDM/OTN backbone

transmission solution, achieving transparent and ultra-large capacity transmission.

OptiX OSN 9800 UPS OptiX OSN 9800 M24 OptiX OSN 9800 P32

https://www.router-switch.com/huawei-osn-9800-price.html

https://www.router-switch.com/huawei-optix-osn-9800-ups.html

https://www.router-switch.com/huawei-optix-osn-9800-m24.html

https://www.router-switch.com/huawei-optix-osn-9800-p32.html

Router-switch.com 3

Role of the OptiX OSN 9800 in a network-wide solution

OptiX OSN 9800 U16 OptiX OSN 9800 U32 OptiX OSN 9800 U64


https://www.router-switch.com/huawei-optix-osn-9800-u16.html



Router-switch.com 4

Hybrid networking with OptiX OSN 9800 and OptiX OSN 8800/6800

Specification

Table 1. Specification of OSN 9800 U64/U32/U16

Specifications OSN 9800

U64 Standard

OSN 9800

U32 Standard

OSN 9800 U16 OSN 9800 U64

Enhanced

OSN 9800

U32

Enhanced

Subrack dimensions (mm) 2200 (H) x 600

(W) x 600 (D)

(the subrack is

1900 (H) x 498

(W) x 295 (D)

847 mm (H) x

442 mm (W) x

295 mm (D)

2200 (H) x 600

(W) x 600 (D)

(the subrack is

1900 (H) x

498 (W) x

295 (D)














Router-switch.com 5

integrated into a

cabinet)

(without

cabinet)

(without

cabinet)

integrated

into a cabinet)

(without

cabinet)

Suitable cabineta The subrack is

integrated into a

cabinet, and no

additional

cabinet needs to

be configured.

ETSI 300/600

cabinets, such

as N63B and

N66B

ETSI 300/600

cabinets, such

as N63B and

N66B

19-inch cabinet

The subrack is

integrated

into a cabinet,

and no

additional

cabinet needs

to be

configured.

ETSI

300/600

cabinets,

such as

A63B

Number of slots for service

boards

64 32 14 64 32

Switching

capability

Optical N/A

Electrical 25.6 Tbit/s ODUk

(k = 0, 1, 2, 2e, 3,

4, flex)

12.8 Tbit/s

packet services

10.24 Tbit/s VC-4

160 Gbit/s VC-

3/VC-12

12.8 Tbit/s

ODUk (k = 0, 1,

2, 2e, 3, 4, flex)

6.4 Tbit/s

packet services

5.12 Tbit/s VC-

4

160 Gbit/s VC-

3/VC-12

5.6 Tbit/s ODUk

(k = 0, 1, 2, 2e,

3, 4, flex)

2.8 Tbit/s

packet services

1.12 Tbit/s VC-4

80 Gbit/s VC-

3/VC-12

64 Tbit/s

ODUk (k = 0,

1, 2, 2e, 3, 4,

flex)

12.8 Tbit/s

packet

services

10.24 Tbit/s

VC-4

160 Gbit/s VC-

3/VC-12

32 Tbit/s

ODUk (k =

0, 1, 2, 2e,

3, 4, flex)

6.4 Tbit/s

packet

services

5.12 Tbit/s

VC-4

160 Gbit/s

VC-3/VC-

12

Max. number of

wavelengths

Fixed grid: 96 wavelengths @50 GHz grid

Flexible grid: The maximum number of wavelengths is related to the width of the flex

channel.

Router-switch.com 6

Center wavelength range DWDM system: 1529.16 nm to 1567.13 nm (extend C-band, ITU-T G.694.1)

Max. rate per channel 400 Gbit/s (OTUC4)

Service type Synchronous digital hierarchy (SDH)/synchronous optical network (SONET), Ethernet,

storage area network (SAN), optical transport network (OTN), and video

Packet service capacity Support E-Line/E-LAN (MEF) and VPWS/VPLS (IETF)

Support MPLS-TP

Number of MPLS tunnel: 64x1024

Number of PW: 64x1024

Number of E-Line: 32x1024

Number of E-LAN: 8x1024

Line rate 10 Gbit/s, 40 Gbit/s, 100 Gbit/s, 200 Gbit/s and 400

Gbit/s

10 Gbit/s, 100 Gbit/s, 200

Gbit/s and 400 Gbit/s

Supported pluggable

optical modules

eSFP, SFP+, XFP, CFP, CXP, CFP2, QSFP28 eSFP, SFP+, CFP, CFP2,

QSFP28

Topology Point-to-point, chain, star, ring, ring-with-chain, tangent ring, intersecting ring, and

mesh

Redundancy

and

protection

Equipment

level

protection

Power redundancy, fan redundancy, cross-connect board redundancy,

communication control and clock processing unit redundancy

Network

level

protection

(OTN)

Client 1+1 protection, ODUk SNCP, tributary SNCP,

intra-board 1+1 protection, LPT, Port-level M:N

protection

Client 1+1 protection, ODUk

SNCP, tributary SNCP, intra-

board 1+1 protection, LPT

Router-switch.com 7

Network

level

protection

(Packet)

ERPS, LAG, MC-LAG, LMSP, MC-LMSP, MRPS, PW APS,

MC-PW APS, Tunnel APS, LPT

LAG, PW APS, Tunnel APS

Network

level

protection

(OCS)

LMSP, SNCP, Ring MSP

Optical power

management

ALS, IPA, IPA of Raman System

Synchronization Synchronous Ethernet clock

IEEE 1588v2

ITU-T G.8275.1

ASON Electrical-Layer ASON

TSDN Online Service Provisioning

Survivability Analysis

BOD

IP and Optical Collaboration

Submarine features Supports application of extended C band in submarine scenarios.

Nominal working voltage Nominal working voltage: -48V DC/-60V DC

Working voltage range:

-48 V DC: -40 V to -57.6 V

-60 V DC: -48 V to -72 V

Router-switch.com 8

Operation environment Subrack temperature:

Long-term operation: 5°C (41 °F) to

40°C (104 °F)

Short-term operationb: -5°C (23 °F)

to 45°C (113 °F)

Relative humidity:

Long-term operation: 5% to 85%

Short-term operationb: 5% to 90%

Subrack

temperature:

Long-term

operation: 5°C

(41 °F) to 40°C

(104 °F)

Short-term

operationb: -5°C

(23 °F) to 50°C

(122 °F)

Relative

humidity:

Long-term

operation: 5%

to 85%

Short-term

operationb: 5%

to 90%

Subrack temperature:

Long-term operation: 5°C

(41 °F) to 40°C (104 °F)

Short-term operationb: -5°C

(23 °F) to 45°C (113 °F)

Relative humidity:

Long-term operation: 5% to

85%

Short-term operationb: 5%

to 90%

Mean Time To Repair

(MTTR)

4 hours

Mean Time Between

Failure (MTBF)

66.83 years

a: The ETSI/19-inch standard defines only part of the cabinet dimensions. Therefore, the distance between the

cabinet column and door plate varies depending on cabinet manufacturers. For details about the dimensions of

different subracks, see the detailed description of each subrack.

b: Short-term operation means that the continuous operating time does not exceed 96 hours and the accumulated

time per year does not exceed 15 days.

Router-switch.com 9

Table 2. Specification of OSN 9800 M24

Specifications OSN 9800 M24

Subrack dimensions (mm) 747.2 mm (H) x 442 mm (W) x 295 mm (D)

Suitable cabineta ETSI 300/600 cabinets, such as A63B

19-inch cabinet

Number of slots for service

boards

1:1 cross-connect mode: 12 large slots or 24 small slots

1:3 cross-connect mode: 10 large slots or 20 small slots

NOTE:

The M24 subrack supports slot splitting. One 11 U slot of the M24 subrack can

be split into two 5.5 U slots.

Switching

capability

Electrical 1:1 cross-connect mode:

4.8 Tbit/s ODUk

2.4 Tbit/s packet services

1.92 Tbit/s VC-4

80 Gbit/s VC-3/VC-12

1:3 cross-connect mode:

10 Tbit/s ODUk

2 Tbit/s packet services

1.6 Tbit/s VC-4

80 Gbit/s VC-3/VC-12

Max. number of wavelengths Fixed grid: 96 wavelengths @50 GHz grid


Router-switch.com 10

Flex grid: The maximum number of wavelengths is related to the width of the

flex channel.

Wavelength range 1529.16 nm-1567.13 nm (extended C-band, ITU-T G.694.1)

Max. rate per channel 400G bit/s (OTUC4)

Service type Synchronous digital hierarchy (SDH)/synchronous optical network (SONET),

Ethernet, SAN, OTN, video

Packet service capacity Support E-Line/E-LAN (MEF) and VPWS/VPLS (IETF)

Support MPLS-TP

Number of MPLS tunnel: 64x1024

Number of PW: 64x1024

Number of E-Line: 32x1024

Number of E-LAN: 8x1024

Line rate 10Gbit/s, 100 Gbit/s, 200G bit/s, 400G bit/s

Supported pluggable optical

modules

eSFP, SFP+, TSFP+, CFP, CFP2, QSFP28

Topology Point-to-point, chain, star, ring, ring-with-chain, tangent ring, intersecting ring,

and mesh

Redundancy

and

protection

Network level

protection (OTN)

Client 1+1 protection, ODUk SNCP, tributary SNCP, intra-board 1+1 protection,

LPT

Network level

protection

(Packet)

LAG, PW APS, Tunnel APS

Network Level

Protection (OCS)

LMSP, SNCP, Ring MSP


Equipment level

protection

Power redundancy, fan redundancy, cross-connect board redundancy,

communication control and clock processing unit redundancy

Synchronization Synchronous Ethernet, IEEE 1588v2, ITU-T G.8275.1/G.8273.2

ASON Electrical-Layer ASON

TSDN Online Service Provisioning

Survivability Analysis

BOD

IP and Optical Collaboration

Power Supply Nominal working voltage: -48V DC/-60V DC


-48 V DC: -40 V to -57.6 V

-60 V DC: -48 V to -72 V


Long-term operation: 0°C to 45°C;

Short-term operationb: -5°C to 50°C

Relative humidity:


Short-term operationb: 5% to 90%

Mean Time To Repair (MTTR) 4 hours

Mean Time Between Failure

(MTBF)

66.89 years







Table 3. Specification of OSN 9800 UPS

Specifications OSN 9800 Universal Platform Subrack

Subrack dimensions (mm) 397 mm (H) x 442 mm (W) x 295 mm (D) (without cabinet)

Suitable cabineta ETSI 300/600 cabinets, such as N63B and N66B

19-inch cabinet

Number of slots for service boards DC power supply: 16

AC power supply: 15

Switching

capability

Optical 1 to 20-degree reconfigurable optical add/drop multiplexer (ROADM)

Electrical N/A


Flex grid: The maximum number of wavelengths is related to the width

of the flex channel.

Center wavelength range DWDM system: 1529.16 nm to 1567.13 nm (extend C-band, ITU-T

G.694.1)

Max. rate per channel 400 Gbit/s (OTUC4)

Service type Synchronous digital hierarchy (SDH)/ synchronous optical network

(SONET), Ethernet, storage area network (SAN), optical transport

network (OTN), and video



Packet service capacity N/A

Line rate 2.5 Gbit/s, 10 Gbit/s, 40 Gbit/s, 100 Gbit/s, 200 Gbit/s, 400 Gbit/s

Supported pluggable optical modules eSFP, SFP+, XFP, CFP, CFP2, QSFP28, QSFP+

Topology Point-to-point, chain, star, ring, ring-with-chain, tangent ring,

intersecting ring, and mesh

Redundancy and

protection

Equipment level

protection

Power redundancy, fan redundancy, system control and

communication board redundancy

Network level

protection (OTN)

Optical line protection, client 1+1 protection, SW SNCP, intra-board

1+1 protection, LPT

Network Level

Protection (Packet)

N/A

Network Level

Protection (OCS)

N/A

Optical power management ALS, AGC, ALC, APE, IPA, IPA of Raman System

Easy O&M Optical Doctor System(OD), Fiber Doctor System


IEEE 1588v2

ITU-T G.8275.1

ASON Optical-Layer ASON

TSDN N/A

Submarine Features Supports application of extended C band in submarine scenarios.

Power Supply DC Power Supply:


Nominal working voltage: -48V DC/-60V DC


-48V DC: -40V to -57.6V

-60V DC: -48V to -72V

AC Power Supply:

Nominal working voltage: 110V AC/220V AC

Working voltage range: 90 V to 290 V

Operation Environment Subrack temperature:

Long-term operation: 5°C (41 °F) to 45°C (113 °F)

Short-term operationa: -5°C (23 °F) to 55°C (131 °F)

Relative humidity:


Short-term operationa: 5% to 95%


Mean Time Between Failure (MTBF) 50 years







Table 4. Specification of OSN 9800 P32

Specifications OSN 9800 P32

Subrack dimensions (mm) 1390 (H) x 496 (W) x 315 (D) (without cabinet)

Suitable cabinet ETSI 300 cabinets, such as A63B

Number of slots for service boards 32

Switching capability Optical 1 to 32-degree reconfigurable optical add/drop multiplexer

(ROADM)

Electrical N/A


Flex grid: The maximum number of wavelengths is related to the

width of the flex channel.

Channel spacing Fixed grid: 50 GHz grid/100 GHz grid

Flex grid: Supports channel spacing designs, and the minimum can

be set to 6.25 GHz.

Center wavelength range DWDM system: 1529.16 nm to 1567.13 nm (extend C-band, ITU-T

G.694.1)

Topology Point-to-point, chain, star, ring, ring-with-chain, tangent ring,

intersecting ring, and mesh

Redundancy and

protection

Network level

protection

Optical line protection

Equipment level

protection

Power redundancy, fan redundancy, communication control and

clock processing unit redundancy

Optical power management IPA



Easy O&M Optical Doctor System (OD), Fiber Doctor System (FD)


IEEE 1588v2

ITU-T G.8275.1

Power Supply Nominal working voltage:

-48V DC/-60V DC


-48 V DC: -40 V to -57.6 V

-60 V DC: -48 V to -72 V


Long-term operation: 5°C (41°F) to 40°C (104°F)

Short-term operationba: -5°C (23°F) to 45°C (113°F)

Relative humidity:


Short-term operationa: 5% to 90%


Mean Time Between Failure (MTBF) 64.37 years

a: Short-term operation means that the continuous operating time does not exceed 96 hours and the accumulated



Services and Capabilities

Table 5. Service types, service rates, and corresponding service boards supported by the OptiX OSN 9800 U64/U32/U16

Subrack.

Service

Category

Service Type Service Rate Board Standard

Compliance

SDH STM-1 155.52 Mbit/s T130, T210, T220, T230, EC116, S216 ITU-T G.707

ITU-T G.691

ITU-T G.957

ITU-T G.693

ITU-T G.783

ITU-T G.825

STM-4 622.08 Mbit/s T130, T210, T220, T230, EC404, S216

STM-16 2.5 Gbit/s T130, T210, T220, T230, S216

STM-64 9.95 Gbit/s T216, T210, T220, T230, G210, G220,

S208, S216

STM-256 39.81 Gbit/s T302

SONET OC-3 155.52 Mbit/s T130, T210, T220, T230 GR-253-CORE

GR-1377-CORE

ANSI T1.105

OC-12 622.08 Mbit/s T130, T210, T220, T230

OC-48 2.5 Gbit/s T130, T210, T220, T230

OC-192 9.95 Gbit/s T216, T210, T220, T230, G210, G220

OC-768 39.81 Gbit/s T302

Ethernet

service

FE (optical

signal)

Interface rate: 125

Mbit/s

Service rate: 100

Mbit/s

T130, T210, T220, T230, T220E, E124,

E224

IEEE 802.3u

FE (electrical

signal)

Interface rate: 125

Mbit/s

E124


Service rate: 100

Mbit/s

GE (optical

signal)

Interface rate: 1.25

Gbit/s

Service rate: 1

Gbit/s

T130, T210, T220, T230, T220E, E124,

E224

IEEE 802.3z

GE (electrical

signal)


Gbit/s

Service rate: 1

Gbit/s

T130, T210, T220, T230, T220E, E124,

E224

10GE WAN 9.95 Gbit/s T216, T210, T220, T230, G210, G220 IEEE 802.3ae

10GE LAN 10.31 Gbit/s T216, T210, T220, T230, T220E, E208,

E212, G210, G220, E224

40GE 41.25 Gbit/s T302, E302, TNV5T401, TNV5T402,

TNV5T404

IEEE 802.3ba

100GE 103.125 Gbit/s T401, T402, T404, E401, G402, G404,

E402

400GE 425 Gbit/s T601

SAN service FDDI 125 Mbit/s T130, T210, T220, T230 ISO 9314

ESCON 200 Mbit/s T130, T210, T220, T230 ANSI X3.296

ANSI X3.230

ANSI X3.303

FICON 1.06 Gbit/s T130, T210, T220, T230

FICON Express 2.12 Gbit/s T130, T210, T220, T230

FC100 1.06 Gbit/s T130, T210, T220, T230


FC200 2.12 Gbit/s T130, T210, T220, T230

FC400 4.25 Gbit/s T130, T210, T220, T230

FC800 8.5 Gbit/s T210, T216, T220, T230, G210, G220

FC1200 10.51 Gbit/s T210, T216, T220, T230, G210, G220

FC1600 14.025 Gbit/s T210, T220, T230

FICON4G 4.25 Gbit/s T130, T210, T220, T230

FICON8G 8.5 Gbit/s T210, T216, T220, T230, G210, G220

OTN service OTU1 2.67 Gbit/s T130, T210, T220, T230 ITU-T G.709

ITU-T G.959.1

GR-2918-CORE

OTU2 10.71 Gbit/s T216, T210, T220, T230, G210, G220

OTU2e 11.10 Gbit/s T216, T210, T220, T230, G210, G220

OTU3 43.02 Gbit/s T302

OTU4 111.81 Gbit/s T401, T402, T404, G402, G404

Video service DVB-ASI 270 Mbit/s T130, T210, T220, T230 EN 50083-9

SDI 270 Mbit/s T130, T210, T220, T230 SMPTE 259M

HD-SDI 1.49 Gbit/s T130, T210, T220, T230 SMPTE 292M

HD-SDIRBR 1.49/1.001 Gbit/s T130, T210, T220, T230

3G-SDI 2.97 Gbit/s T130, T210, T220, T230 SMPTE 424M

3G-SDIRBR 2.97/1.001 Gbit/s T130, T210, T220, T230


Table 6. Service types, service rates, and corresponding service boards supported by the OptiX OSN 9800 M24

Subrack

Service

Category

Service Type Service Rate Board Standards

Compliance

SDH STM-1 155.52 Mbit/s T212, A212, T206, T210, T220, T230,

S216

ITU-T G.707

ITU-T G.691

ITU-T G.957

ITU-T G.693

ITU-T G.783

ITU-T G.825

STM-4 622.08 Mbit/s

STM-16 2.5 Gbit/s

STM-64 9.95 Gbit/s

SONET OC-3 155.52 Mbit/s T212, A212, T206 , T210, T220, T230 GR-253-CORE

GR-1377-CORE

ANSI T1.105

OC-12 622.08 Mbit/s

OC-48 2.5 Gbit/s

OC-192 9.95 Gbit/s

Ethernet

service

FE (optical signal) Interface rate:

125 Mbit/s

Service rate: 100

Mbit/s

T212, A212, T206, T210, T220, T230,

E224

IEEE 802.3u

GE (optical signal) Interface rate:

1.25 Gbit/s

Service rate: 1

Gbit/s

T212, A212, T206, T210, T220, T230,

E224

IEEE 802.3z


GE (electrical

signal)

Interface rate:

1.25 Gbit/s

Service rate: 1

Gbit/s

T212, A212, T206, T210, T220, T230,

E224

10GE WAN 9.95 Gbit/s T212, A212, T206, T210, T220, T230 IEEE 802.3ae

10GE LAN 10.31 Gbit/s T212, A212, T206, T210, T220, T230,

E224

40GE 41.25 Gbit/s TNV5T401, TNV5T402, TNV5T404 IEEE 802.3ba

100GE 103.125 Gbit/s G402, G404, M402, TNG1T401 ,

TNV3T401, TNV3T402 , TNV3T404,

TNV5T401, TNV5T402, TNV5T404,

E402

400GE 425 Gbit/s T601

SAN service FDDI 125 Mbit/s T212, A212, T206, T210, T220, T230 ANSI X3.296

ANSI X3.230

ANSI X3.303

ESCON 200 Mbit/s

FC100/FICON 1.06 Gbit/s

FC200/FICON

Express

2.12 Gbit/s

FC400/FICON4G 4.25 Gbit/s

FC800/FICON8G 8.5 Gbit/s

FC1200/FICON

10G

10.51Gbit/s

FC1600 14.025Gbit/s


OTN service OTU1 2.67 Gbit/s T212, A212, T206, T210, T220, T230 ITU-T G.709

ITU-T G.959.1

GR-2918-CORE

OTU2 10.71 Gbit/s

OTU2e 11.10 Gbit/s

OTU4 111.81Gbit/s G402, G404, M402, TNG1T401,

TNV3T401, TNV3T402, TNV3T404,

TNV5T401, TNV5T402, TNV5T404

Video service DVB-ASI 270 Mbit/s T212, A212, T206, T210, T220, T230 EN 50083-9

SD-SDI 270 Mbit/s SMPTE 259M

HD-SDIa 1.49 Gbit/s SMPTE 292M

HD-SDIRBR 1.49/1.001 Gbit/s

3G-SDIa 2.97 Gbit/s SMPTE 424M

3G-SDIRBR 2.97/1.001 Gbit/s

GE: Gigabit Ethernet

ESCON: enterprise system connection

FICON: Fibre Connect

FC: fiber channel

DVB-ASI: digital video broadcast-asynchronous serial interface

SD-SDI: standard definition-serial digital interface signal. For SMPTE-259M specifically, SD-SDI is also called SDI.

a: According to SMPTE 292M standards, both HD-SDI and 3G-SDI have two rates. The rates of HD-SDI are 1.485

Gbit/s and 1.485/1.001 Gbit/s, and those of 3G-SDI are 2.97 Gbit/s and 2.97/1.001 Gbit/s. The 1/1.001 factor is the

parameter that complies with National Transportation Safety Committee (NTSC) standards. NTSC is the analog

television system that is widely used in the North America, some Latin America regions, South Korea, Japan, and

some Pacific island nations and territories.


Table 7. Service types, service rates, and corresponding service boards supported by the OptiX OSN 9800 universal

platform subrack.

Service

Category

Service Type Service Rate Board Standard

Compliance

SDH STM-1 155.52 Mbit/s LOA, TOM, LQM, LWXS ITU-T G.707

ITU-T G.691

ITU-T G.957

ITU-T G.693

ITU-T G.783

ITU-T G.825

STM-4 622.08 Mbit/s LOA, TOM, LQM, LWXS

STM-16 2.5 Gbit/s LOA, TOM, LQM, LWXS, TMX

STM-64 9.95 Gbit/s LDX, LSX, LTX

STM-256 39.81 Gbit/s LSQ, LSXL

SONET OC-3 155.52 Mbit/s LOA, TOM, LQM, LWXS GR-253-CORE

GR-1377-CORE

ANSI T1.105

OC-12 622.08 Mbit/s LOA, TOM, LQM, LWXS

OC-48 2.5 Gbit/s LOA, TOM, LQM, LWXS, TMX

OC-192 9.95 Gbit/s LDX, LSX, LTX

OC-768 39.81 Gbit/s LSQ, LSXL

Ethernet

service

FE (optical

signal)

Interface rate: 125

Mbit/s

Service rate: 100

Mbit/s

LOA, TOM, LQM, LWXS IEEE 802.3u

GE (optical

signal)


Gbit/s

Service rate: 1

Gbit/s

LOA, LOM, TOM, LQM, LWXS, LOG IEEE 802.3z


GE (electrical

signal)


Gbit/s

Service rate: 1

Gbit/s

LOA, LOM, TOM, LQM, LWXS, LOG

10GE WAN 9.95 Gbit/s LDX, LSX, LTX IEEE 802.3ae

10GE LAN 10.31 Gbit/s LDX, LOA, LSX, LTX, LQCP

40GE 41.25 Gbit/s LQCP IEEE 802.3ba

100GE 103.125 Gbit/s LSC, LSCM, LDC, LQCP

SAN service ETR 16 Mbit/s LWXS IBM GDPS

(Geographically

Dispersed Parallel

Sysplex) Protocol

CLO 16 Mbit/s

FDDI 125 Mbit/s LOA, TOM, LQM, LWXS ISO 9314

ESCON 200 Mbit/s LOA, TOM, LQM, LWXS ANSI X3.296

ANSI X3.230

ANSI X3.303

FICON 1.06 Gbit/s LOA, LOM, TOM, LQM, LWXS

FICON Express 2.12 Gbit/s LOA, LOM, TOM, LQM, LWXS

FC100 1.06 Gbit/s LOA, LOM, TOM, LQM, LWXS

FC200 2.12 Gbit/s LOA, LOM, TOM, LQM, LWXS

FC400 4.25 Gbit/s LOA, LOM

FC800 8.5 Gbit/s LOA, LTX

FC1200 10.51 Gbit/s LOA, LSX, LTX


FC1600 14.025 Gbit/s LDC

FC3200 28.05 Gbit/s LDC

FICON4G 4.25 Gbit/s LOA, LOM

FICON8G 8.5 Gbit/s LOA

FICON10G 10.51 Gbit/s LOA

InfiniBand 2.5G 2.5 Gbit/s LOAa InfiniBand TM

Architecture

Release 1.2.1 InfiniBand 5G 5 Gbit/s LOAa, LTX

ISC 1G 1.06 Gbit/s LOM IBM GDPS

(Geographically

Dispersed Parallel

Sysplex) Protocol

ISC 2G 2.12 Gbit/s LOM

OTN service OTU1 2.67 Gbit/s LOA, TOM, TMX ITU-T G.709

ITU-T G.959.1

GR-2918-CORE

OTU2 10.71 Gbit/s LDX, LSX, LTX

OTU2e 11.10 Gbit/s LDX, LSX, LTX

OTU3 43.02 Gbit/s LSQ, LSXL

OTU4 111.81 Gbit/s LSC, LSCM, LDC, LQCP

Video service DVB-ASI 270 Mbit/s LOA, TOM, LQM, LWXS EN 50083-9

SDI 270 Mbit/s LOA, TOM SMPTE 259M

HD-SDI 1.49 Gbit/s LOA, TOM SMPTE 292M

HD-SDIRBR 1.49/1.001 Gbit/s LOA


3G-SDI 2.97 Gbit/s LOA SMPTE 424M

3G-SDIRBR 2.97/1.001 Gbit/s LOA

a:

When InfiniBand 5G and InfiniBand 2.5G services are received on the client side of an LOA02 board, the WDM-side

optical signals can be transmitted at a maximum distance of 100 km.

When receiving InfiniBand 5G and InfiniBand 2.5G services on the client side, an LOA02 board can only work with

TN12OLP and TN13OLP boards to support the bidirectional switching of optical line protection.

Table 8. Service capabilities supported by the OSN 9800 U64/U32/U16 Subrack.

Service

Catego

ry

Service

Type

Max. Number of

Service Inputs

Supported by

the 9800

U64 Standard Subr

acka

Max. Number

of Service

Inputs

Supported by

the 9800 U64

EnhancedSubra

cka

Max. Number of

Service Inputs

Supported by

the 9800

U32 Standard Subr

acka

Max. Number of

Service Inputs

Supported by

the 9800 U32

Enhanced Subra

cka

Max.

Number of

Service

Inputs

Supported

by

the 9800 U

16

Subracka

SDH STM-1 1920 1920 960 960 420

STM-4 1920 1920 960 960 420

STM-16 1920 1920 960 960 420

STM-64 1920 1920 960 960 420

STM-

256

128 N/A 64 N/A 28

SONET OC-3 1920 1920 960 960 420


OC-12 1920 1920 960 960 420

OC-48 1920 1920 960 960 420

OC-192 1920 1920 960 960 420

OC-768 64 N/A 32 N/A 14

Ethern

et

service

FE

(optical

signal)

1920 1920 960 960 420

GE

(optical

signal)

1920 1920 960 960 420

GE

(electric

al

signal)

1920 1920 960 960 420

10GE

WAN

1920 1920 960 960 420

10GE

LAN

1920 1920 960 960 420

40GE 256 256 128 128 56

100GE 256 256 128 128 56

400GE 64 64 32 32 N/A

SAN

service

FDDI 1920 1920 960 960 420

ESCON 1920 1920 960 960 420


FICON 1920 1920 960 960 420

FICON

Express

1920 1920 960 960 420

FC100 1920 1920 960 960 420

FC200 1920 1920 960 960 420

FC400 1920 1920 960 960 420

FC800 1920 1920 960 960 420

FC1200 1920 1920 960 960 420

FC1600 512 512 256 256 112

FICON4

G

1920 1920 960 960 420

FICON8

G

1920 1920 960 960 420

OTN

service

OTU1 1920 1920 960 960 420

OTU2 1920 1920 960 960 420

OTU2e 1920 1920 960 960 420

OTU3 128 N/A 64 N/A 28

OTU4 256 256 128 128 56

Video

service

DVB-ASI 1920 1920 960 960 420

SDI 1920 1920 960 960 420


HD-SDI 1920 1920 960 960 420

HD-

SDIRBR

1920 1920 960 960 420

3G-SDI 1920 1920 960 960 420

3G-

SDIRBR

1920 1920 960 960 420

a: This value only refers to the maximum tributary service capacity when the subrack is fully configured with

tributary boards but with no line boards.

Table 9. Service capabilities supported by the OSN 9800 M24 Subrack

Service

Category

Service Type Max. Number of Service Inputs Supported by

the 9800 M24 Subrack

SDH STM-1 288

STM-4 288

STM-16 288

STM-64 240

SONET OC-3 288

OC-12 288

OC-48 288

OC-192 240

Ethernet

service

FE (optical signal) 288

GE (optical signal) 288


GE (electrical signal) 288

10GE WAN 240

10GE LAN 240

40GE 48

100GE 48

400GE 10

SAN service FDDI 288

ESCON 288

FC100/FICON 288

FC200/FICON Express 288

FC400/FICON4G 288

FC800/FICON8G 240

FC1200/FICON 10G 240

FC1600 96

OTN service OTU1 288

OTU2 240

OTU2e 240

OTU4 48

Video service DVB-ASI 288


SD-SDI 288

HD-SDIa 288

HD-SDIRBR 288

3G-SDIa 288

3G-SDIRBR 288



Table 10. Service capabilities supported by the OSN 9800 Universal Platform Subrack

Service

Category

Service Type Max. Number of Service Inputs Supported by the 9800 Universal

Platform Subrack

SDH STM-1 128

STM-4 128

STM-16 64

STM-64 80

STM-256 8

SONET OC-3 128

OC-12 128

OC-48 64

OC-192 80

OC-768 8


Ethernet

service

FE (optical signal) 128

GE (optical signal) 128

GE (electrical signal) 128

10GE WAN 80

10GE LAN 96

40GE 32

100GE 32

SAN service ETR 32

CLO 32

FDDI 128

ESCON 128

FICON 128

FICON Express 64

FC100 128

FC200 64

FC400 32

FC800 80

FC1200 80

FC1600 32


FC3200 32

FICON4G 32

FICON8G 16

FICON10G 16

InfiniBand 2.5G 32

InfiniBand 5G 80

ISC 1G 128

ISC 2G 64

OTN service OTU1 64

OTU2 80

OTU2e 80

OTU3 8

OTU4 32

Video service DVB-ASI 128

SDI 128

HD-SDI 64

HD-SDIRBR 64

3G-SDI 32

3G-SDIRBR 32




Hardware Description

OptiX OSN 9800 UPS Chassis

Subrack Areas and Slots

Boards need to be installed in the designated slots in the subrack. The subrack includes the following areas: interface

area, board area, fiber-routing area, and fan area.

Slots of the subrack (DC power supply)


Slots of the subrack (AC power supply)

Pair slots refer to a pair of slots whose resident boards' overhead can be processed by the buses on the backplanes.

Interface area: The EFI board provides maintenance and management interfaces.

Board area: IU1 to IU16 (DC power supply) or IU1 to IU15 (AC power supply) are reserved for the service boards.

• When a universal platform subrack serves as a master subrack, the subrack can be provisioned with two SCC

boards.

▪ When two SCC boards are provisioned, they are in mutual backup and are inserted in slots IU1 and IU2.

• When the universal platform subrack serves as a slave subrack, the SCC board is not required. In this case, slots

IU1 and IU2 are used to hold service boards.

• When the universal platform subrack needs to use the IEEE 1588v2 or physical clock synchronization function, STG

board must be configured. Two STG boards need to be configured. The two STG boards work in active/standby

mode and are inserted in slots IU3 and IU4.

Fiber-routing area: Fiber jumpers from the ports on the front panel of each board are routed to the fiber cabling area

before being routed on a side of the cabinet.

NOTE:

The IEEE 1588v2 or physical clock synchronization function is not supported by all services boards or ST2 boards in slots

3 and 4 in an OSN 9800 universal platform subrack.


Mechanical Specifications

Table 11. The mechanical specifications of the OptiX OSN 9800 universal platform subrack.

Parameter Specifications

Dimensions (W x D x H) 442 mm×295mm×397mm

Weighta 8 kg

a: The weight is measured when the subrack has no boards or fan tray assemblies installed.

OptiX OSN 9800 M24 Chassis


When the M24 subrack works in 1:1 or 1:3 cross-connect mode, boards need to be installed in the designated slots in

the subrack.

Schematic diagram of the areas and slots in the OptiX OSN 9800 M24 subrack(1:1 cross-connect mode)

The subrack includes the following areas: power and interface area, fan area, fiber-routing area, service board area, and

system control and cross-connect board area.



Table 12. Descriptions of the areas and slots in the OptiX OSN 9800 M24 subrack(1:1 cross-connect mode)

Area Composition Slot Function

Power and

interface

area

4 PIU boards

1 EFI board

PIU: IU100-IU101,

IU105-IU106

EFI: IU103

IU102/IU104: reserved

The PIU boards are in mutual backup. Therefore, the

failure of any power input to the equipment does

not affect the normal operation of the equipment.

NOTE:

The PIU boards on the left and right sides are in

mutual backup, for example, the PIU boards in slots

IU100 and IU105, the PIU boards in slots IU101 and

IU106, and so on.


The EFI board provides maintenance and

management interfaces. The EFI board is powered

by the CXP board.

Fan areas 2 fan tray

assemblies

Lower portion: IU90

Upper portion: IU91

The fan tray assemblies are used to ventilate the

equipment.

Fiber-

routing

areas

2 fiber troughs N/A Fiber patch cords connecting to boards are routed to

the left or right side of the equipment through the

upper- and lower-side fiber troughs.

Service

board areas

24 x 5.5 U service

boards

12 x 11 U service

boards

Lower portion: IU1-

IU6, IU7-IU12

Upper portion: IU13-

IU18, IU19-IU24

Service boards need to be configured based on the

service plan and all of them are installed in the two

service board areas.

A slot splitter is used to split one 11 U slot into two

5.5 U slots. Guide rails describes the guide rails.

NOTE:

Service boards installed in slots have their ejector

levers on the left sides of the board front panels.

You are advised to install service boards in the outer

slots first. In this manner, if the cross-connect mode

needs to be upgraded to 1:3, the CXCS boards can be

installed in slot IU6/IU7/IU18/IU19.

System

control and

cross-

connect

board area

Two CXP boards IU71-IU72 Function:

They manage and provide clock signals for all other

boards in the subrack, implement inter-NE

communication, and provide cross-connections and

service grooming between service boards.

Protection:

https://support.huawei.com/hedex/pages/EDOC1100072697AEI0322J/02/EDOC1100072697AEI0322J/02/resources/help/wdm/9800/hd/others/guiderails.html


Two CXP boards work in 1+1 backup mode to

provide system control and communication

functions.

The cross-connect units support load sharing.


The subrack includes the following areas: power and interface area, fan area, fiber-routing area, service board area, and

system control and cross-connect board area.



Table 13. Descriptions of the areas and slots in the OptiX OSN 9800 M24 subrack(1:3 cross-connect mode)


Power and

interface

area

4 PIU boards

1 EFI board

PIU: IU100-IU101,

IU105-IU106

EFI: IU103

IU102/IU104: reserved


failure of any power input to the equipment does

not affect the normal operation of the equipment.

NOTE:

The PIU boards on the left and right sides are in

mutual backup, for example, the PIU boards in slots

IU100 and IU105, the PIU boards in slots IU101 and

IU106, and so on.

The EFI board provides maintenance and

management interfaces. The EFI board is powered

by the CXP board.


assemblies

Lower portion: IU90

Upper portion: IU91


equipment.

Fiber-

routing

areas

2 fiber troughs N/A Fiber patch cords connecting to boards are routed to

the left or right side of the equipment through the


Service

board areas

20 x 5.5 U service

boards

10 x 11 U service

boards

Lower portion: IU1-

IU5, IU8-IU12


IU17, IU20-IU24




A slot splitter is used to split one 11 U slot into two

5.5 U slots.

NOTE:

Service boards installed in slots have their ejector

levers on the left sides of the board front panels.


System

control and

cross-

connect

board area

Two CXP boards

Two CXCS boards

CXP: IU71-IU72

CXCS: (IU6, IU18), (IU7,

IU19)

Function:

Two CXP boards manage and provide clock signals

for all other boards in the subrack, implement inter-

NE communication.

Two CXP boards and two CXCS boards provide cross-

connections and service grooming between service

boards.

Protection:

Two CXP boards work in 1+1 backup mode to

provide system control and communication

functions.

The cross-connect units support load sharing.

Cross-Connect Capacities

This topic describes the cross-connect capacity of a service slot and the subrack.

An OptiX OSN 9800 M24 subrack supports grooming of ODUk (k = 0, 1, 2, 2e, 3, 4, flex) services, VC-3/VC-4/VC-12

services, and packet services. The cross-connect capacity of the Slots IU1-IU6, IU7-IU18, IU19-IU24 is as follows.

Table 14. Configuration and cross-connect capacity

Subrack

Type

Work

Mode

Maximum Cross-Connect Capacity of Each

Large Slot

Maximum Cross-Connect Capacity of Subrack

ODUk VC-4 VC-3/VC-

12a

Packet ODUk VC-4 VC-3/VC-

12

Packet

9800

M24

In the

1:1

mode

400

Gbit/s

160

Gbit/s

80 Gbit/s 200

Gbit/s

4.8 Tbit/s 1.92

Tbit/s

80 Gbit/s 2.4

Tbit/s


In the

1:3

mode

1 Tbit/s 160

Gbit/s

80 Gbit/s 200

Gbit/s

10 Tbit/s 1.6 Tbit/s 80 Gbit/s 2 Tbit/s

a: All service slots share VC-3/VC-12 cross-connections. The maximum cross-connect capacity of a single slot or the

entire subrack is 80 Gbit/s.


Table 15. The mechanical specifications of the OptiX OSN 9800 M24 subrack.

Parameter 9800 M24 Specifications

Dimensions (H x W x

D)

747.2 mm x 442 mm x 295 mm

Weighta 26.49 kg

Standard working

voltage

–48 V or –60 V DC power input

Operation

Environment

Long-term running operation temperature: 0°C to +45°C

Short-term running operation temperatureb: -5°C to +50°C

Mounting option Mounted in a 19-inch or 21-inch cabinet

a: There are no boards in the board area, and no PIU or EFI boards in the power supply and interface area. In

addition, there are no fan tray assemblies in each subrack.

b: A short term refers to a maximum of 96 consecutive operating hours and the total time of short-term operating in

a year cannot exceed 15 days.

OptiX OSN 9800 P32 Chassis


Boards need to be installed in the designated slots in a subrack. The subrack runs on -48 V DC or -60 V DC.


The equipment includes the following areas: the power supply, system control, optical supervisory, and interface area,

fan area, fiber routing area, and service board area. PIU boards are located in the power supply, system control, optical

supervisory, and interface area. If an area has the same background color as a PIU board, the PIU board powers the

boards located in this area.

Schematic diagram of the areas and slots in the OptiX OSN 9800 P32 subrack


Table 16. Descriptions of the areas and slots in the OptiX OSN 9800 P32 subrack


Power supply, system

control, optical

supervisory, and interface

area

6 PIU boards (PIU)

2 CTU system control

boards (TMP1CTU)

1 EFI board (TMP1EFI)

1 spectrum analyzer

boards (TMP1MON32)

PIU: IU100-IU102, IU110-

IU112

CTU: IU105, IU107

EFI: IU106

MON32: IU108-IU109

Reserved slots: IU103-

IU104

The PIU boards are in

mutual backup. Therefore,

the failure of any power

input to the equipment

does not affect the normal

operation of the

equipment.

NOTE:

The PIU boards on the left

and right sides of the EFI

board are in mutual

backup, for example, the

PIU boards in slots IU100

and IU110, the PIU boards

in slots IU101 and IU111,

and the PIU boards in slots

IU102 and IU112.

The system control boards

are configured in 1+1

backup mode. The system

control board manages

and provides a clock to all

other boards in the

equipment. It also

provides for inter-NE

communication.

The EFI board provides

maintenance and

management interfaces.


The MON32 board detects

the insertion loss between

the board and the

backplane and detects the

single-wavelength optical

power of optical signals in

line directions.

Fan areas 2 fan tray assemblies

(TMP1FAN)

Lower portion: IU90

Upper portion: IU91

The fan tray assemblies

are used to ventilate the

equipment.

Fiber-routing areas 4 fiber troughs N/A Fiber patch cords

connecting to boards are

routed to the left or right

side of the equipment

through the upper- and

lower-side fiber troughs.


Service board areas 32 service boards Lower portion: IU1–IU16

Upper portion: IU17–IU32

Service boards need to be

configured based on the

service plan and all of

them are installed in the

two service board areas.

NOTE:

To insert service boards

into a P32 subrack, certain

requirements must be

met, see Requirements for

Inserting Service Boards in

a Subrack.

Requirements for Inserting Service Boards in a Subrack

To ensure that service grooming is normal and fiber routing is convenient, service boards must be inserted into

the subrack in accordance with certain requirements.

To insert service boards into the 9800 P32 subrack, the following requirements must be met:

• The sequence of installing optical tributary boards is D->C->B->A. That is, you can insert boards in the next area

only after all slots of area D are fully inserted with boards.

• The sequence of installing optical line boards is A->B->C->D. That is, you can insert boards in the next area only

after all slots of area A are fully inserted with boards.

When the preceding board installation sequence is met:

• Because there are a large number of optical fibers on the front panels of optical tributary boards, to facilitate

future expansion using optical fibers, install the optical tributary boards from edge side to the middle in sequence.

Example: During the installation in area D, if there are two OT3232 optical tributary boards, you need to select the

area with the most convenient fiber routing according to the actual environment. Assume that the left-side area D

is selected. Preferentially use slots IU1 and IU2, and then use slots IU3 and IU4 in sequence. Assume that the

right-side area D is selected. Preferentially use slots IU16 and IU15. Other areas comply with the same rules.

• Because there are a few optical fibers on the front panels of optical line boards, install the optical line boards in

each area from left to right. Example: If there are three optical line boards, preferentially install the three optical

line boards in slots IU5-IU7 of area A from left to right in sequence. If new optical line boards need to be installed,

install them from left to right in sequence until area A is full. Other areas comply with the same rules.

NOTE:

https://support.huawei.com/hedex/pages/EDOC1100072697AEI0322J/02/EDOC1100072697AEI0322J/02/resources/help/wdm/9800/hd/subrack/subrack_slot_p32_rule.html




Slots D and C on the left and right sides are the same. There is no requirement on the sequence of installing boards in

the two slots.

Slots for installing service boards in the OptiX OSN 9800 P32 subrack

NOTE:

The cable trough in the middle of the subrack is printed with the requirements for inserting service boards.



Table 17. The mechanical specifications of the OptiX OSN 9800 P32 subrack.

Item OptiX OSN 9800 P32 subrack

Dimensions (H x W x D) 1390 mm x 496 mm x 315 mm

Weighta 82 kg

Standard working voltage –48 V or –60 V DC power input

Operation Environment Long-term running operation temperature: 5°C to +40°C

Short-term running operation temperatureb: -5°C to

+45°C

Mounting option Mounted in an ETSI 300 A63B cabinet

a: The weight is measured when the equipment has no boards or fan tray assemblies installed.

b: A short term refers to a maximum of 96 consecutive operating hours and the total time of short-term operating in

a year cannot exceed 15 days.

OptiX OSN 9800 U16 Chassis


Boards need to be installed in the designated slots in a subrack. The subrack runs on -48 V DC or -60 V DC and is divided

into multiple areas in which boards are powered by designated PIU boards in different slots. The subrack can be

installed in an ETSI cabinet or a 19-inch cabinet.

If an area has the same background color as a PIU board, then the PIU board powers the boards located in this area.


Schematic diagram of the areas and slots in the OptiX OSN 9800 U16 subrack

Table 18. Descriptions of the areas and slots in the OptiX OSN 9800 U16 subrack


System

control

and

cross-

connect

4 PIU boards IU68,

IU69,

IU80,

IU81

They supply power to the subrack.

The PIU boards in slots IU68 and IU80, and the PIU

boards in slots IU69 and IU81 are in mutual backup.

Therefore, the failure of any power input to the

subrack does not affect the normal operation of the

subrack.


board

area

1 EFI board IU79 The EFI board provides maintenance and

management interfaces.

2 CTU boards IU70,

IU78

The CTU boards manage the subrack, provide clock

for service boards, and implement inter-NE

communication.

Two CTU boards are configured for mutual backup.

7 cross-connect boards

(TNS1XCS/TNS1UXCS/TNV1SXCL)

IU71-

IU77

The cross-connect boards groom services between

service boards.

Cross-connect boards are configured in M:N backup

mode.

When a U16 subrack is used as a pure regeneration

subrack, no cross-connect board is required.

Fan

area

2 fan tray assemblies IU90,

IU91

Fan tray assemblies are used to ventilate the

equipment.

Fiber-

routing

areas

2 fiber troughs N/A Fiber patch cords connecting to boards are routed

to the left or right side of the equipment through

the upper- and lower-side fiber troughs.

Service

board

area

14 service boards IU1-

IU14


service plan and all of them are installed in the

service board area.


This topic describes the maximum cross-connect capacity of a service slot and an OptiX OSN 9800 U16 subrack.

An OptiX OSN 9800 U16 subrack supports grooming of ODUk (k = 0, 1, 2, 2e, 3, 4, flex) services, packet services and VC-

3/VC-4/VC-12 services. Slots IU1-IU14 provide the same cross-connect capacity.

• For ODUk services, each service slot supports a maximum cross-connect capacity of 400 Gbit/s, and the subrack

provides a maximum cross-connect capacity of 5.6 Tbit/s.

• For packet services, each service slot supports a maximum cross-connect capacity of 200 Gbit/s and the

subrack provides a maximum cross-connect capacity of 2.8 Tbit/s.


• For VC-4 services, each service slot supports a maximum cross-connect capacity of 80 Gbit/s and the subrack


• For VC-3/VC-12 services, the subrack supports a maximum cross-connect capacity of 80 Gbit/s.


Table 19. The mechanical specifications of the OptiX OSN 9800 U16 subrack.

Item Mechanical Specifications

Dimensions (H x W x D) 847 mm (33.3 in.) x 442 mm (17.4 in.) x 295 mm (11.6

in.)

Weight a 40 kg (88.2 lb)

a: indicates the weight of an empty subrack. An empty subrack is equipped with no boards, fan tray assembly, or air

filter.



Boards need to be installed in the designated slots in the subrack. The subrack runs on -48 V DC or -60 V DC and is

divided into different areas in which boards are powered by designated PIU boards in different slots.

The subrack includes the following areas: indicator area, power and interface area, fan area, fiber-routing area, service

board area, and system control and cross-connect board area. PIU boards are located in the power and interface area.

If an area has the same background color as a PIU board, then the PIU board powers the boards located in this area.


Schematic diagram of the areas and slots in the 9800 U32 subrack



Power and

interface

area

1 EFI board and 10

PIU boards

PIU: IU100-IU104,

IU106-IU110

EFI: IU105


failure of any power input to the equipment does not

affect the normal operation of the equipment.

NOTE:

The PIU boards on the left and right sides of the EFI

board are in mutual backup, for example, the PIU


boards in slots IU100 and IU106, the PIU boards in slots

IU101 and IU107, and so on.

The EFI board provides maintenance and management

interfaces.


assemblies

Lower portion: IU90,

IU91

Upper portion: IU92,

IU93


equipment.

Fiber-

routing

areas

2 fiber troughs N/A Fiber patch cords connecting to boards are routed to the

left or right side of the subrack through the upper- and

lower-side fiber troughs.

Service

board areas

32 service boards Lower portion: IU1-

IU16


IU32




NOTE:

Service boards installed in slots IU1-IU16 have their

ejector levers on the right sides of the board front

panels. Service boards installed in remaining slots in the

two areas have their ejector levers on the left sides of

the board front panels.

System

control and

cross-

connect

board area

2 CTU system

control boards and

7 XCS cross-

connect boards

XCS: IU71-IU77

CTU: IU70, IU78

Cross-connect boards are configured in M:N backup

mode. The cross-connect boards provide cross-

connections for service boards.

The system control boards are configured in 1+1 backup

mode. The active system control board manages and

provides a clock to all other boards in the equipment. It

also provides for inter-NE communication.



This topic describes the cross-connect capacity of a service slot and an OptiX OSN 9800 U32 subrack.





• For packet services, each service slot supports a maximum cross-connect capacity of 200 Gbit/s and the subrack


• For VC-4 services, each service slot supports a maximum cross-connect capacity of 80 Gbit/s and the subrack




Table 21. The mechanical specifications of the OptiX OSN 9800 U32 subrack

Item Specification


Weighta 68 kg

a: The weight is measured when the subrack has no boards or fan tray assemblies installed.



The OptiX OSN 9800 U64 equipment has integrated the OptiX OSN 9800 U64 subrack in a cabinet and provides board

slots on both the front and rear sides. Boards need to be installed in the designated slots. The equipment runs on -48 V

DC or -60 V DC and is divided into different areas in which boards are powered by designated PIU boards in different

slots.

The equipment includes the following areas: indicator area, power and interface area, fan area, fiber-routing area,

service board area, and system control and cross-connect board area. PIU boards are located in the power and

When a U32 subrack is used as a pure regeneration

subrack, no cross-connect board is required.


interface area. If an area has the same background color as a PIU board, then the PIU board powers the boards located

in this area.

Schematic diagram of the areas and slots in the OptiX OSN 9800 U64 subrack



Power

and

Front 1 EFI board and 10 PIU

boards

PIU: IU100-IU104, IU106-

IU110

EFI: IU105

The PIU boards on the front and rear

sides are in mutual backup.

Therefore, the failure of any power

input to the equipment does not


interface

area

Rear 10 PIU boards PIU: IU111-IU115, IU117-

IU121

IU116: reserved

affect the normal operation of the

equipment.

NOTE:

The PIU boards installed back-to-back

are in mutual backup, for example,

the PIU boards in slots IU100 and

IU121, the PIU boards in slots IU101

and IU120, and so on.

The EFI board provides maintenance

and management interfaces.

Fan

areas

Front 4 fan tray assemblies Lower portion: IU90, IU91

Upper portion: IU92, IU93

The fan tray assemblies are used to

ventilate the equipment.

Rear 4 fan tray assemblies Lower portion: IU94, IU95

Upper portion: IU96, IU97

Fiber-

routing

areas

Front 2 fiber troughs N/A Fiber patch cords connecting to

boards are routed to the left or right

side of the equipment through the


Rear 2 fiber troughs

Service

board

areas

Front 32 service boards Lower portion: IU1-IU16

Upper portion: IU17-IU32

Service boards need to be configured

based on the service plan and all of

them are installed in the two service

board areas.

NOTE:

Service boards installed in slots IU1-

IU16 and IU33-IU48 have their

ejector levers on the right sides of

the board front panels. Service

boards installed in remaining slots in

Rear 32 service boards Lower portion: IU33-IU48

Upper portion: IU49-IU64


the two areas have their ejector

levers on the left sides of the board

front panels.

System

control

and

cross-

connect

board

area

Front 2 CTU system control

boards and 7 XCS cross-

connect boards

XCS: IU71-IU77

CTU: IU70, IU78

Cross-connect boards are configured

in M:N backup mode to implement

cross-connections for services boards

on the front and rear sides.

The system control boards are

configured in 1+1 backup mode. The

active system control board manages

and provides a clock to all other

boards in the equipment. It also

provides for inter-NE communication.

When a U64 subrack is used as a pure

regeneration subrack, no cross-

connect board is required.

Rear 7 XCS cross-connect

boards

XCS: IU79-IU85


This topic describes the cross-connect capacity of a service slot and an OptiX OSN 9800 U64 subrack.





• For packet services, each service slot supports a maximum cross-connect capacity of 200 Gbit/s and the subrack


• For VC-4 services, each service slot supports a maximum cross-connect capacity of 80 Gbit/s, and the subrack





Table 23. The specifications of the OptiX OSN 9800 U64 equipment

Item Specification


Weighta 180 kg

a: The weight is measured when the equipment has no boards or fan tray assemblies installed.

Board Description

Table 24. Appearance and Dimensions of Universal Platform Subrack Boards

Board Appearance Board Name Number of

Slots

Required by

the Board

Height (mm) Width (mm) Depth (mm)

TN52ND2 1 264.6 25.4 220.0

TN11RAU1 2 264.6 50.8 220.0


TN11M40 3 264.6 76.2 220.0

Table 25. Appearance and Dimensions of M24 Boards

Board Appearance Board

Name

Number of

Slots

Required

by the

Board

Height

(mm)

Width

(mm)

Depth

(mm)

TNG1A212 1 237.1 30.5 220.0


TNG1CXP 1 489.5 30.5 220.0

TNG1EFI 1 57.1 121.9 247.5

TNG2PIU 1 57.1 61.0 241.2


Table 26. Appearance and Dimensions of P32 Boards

Board Appearance Board Name Number

of Slots

Required

by the

Board

Height

(mm)

Width

(mm)

Depth

(mm)

TMP1OT3232 1 477.25 29.98 276.5

TMP1ON32 1 477.25 29.98 276.5


TMP1MON32 2 136.5 60.46 276.5

TMP1EFI 1 136.5 60.46 267.86

TMP1CTU 1 136.5 60.46 267.86


Table 27. Appearance and Dimensions of U64/U32/U16 Boards

Board Appearance Board Name Number of

Slots

Required by

the Board

Height

(mm/in.)

Width

(mm/in.)

Depth

(mm/in.)

TNV1N302 1 477.3 30.5 220.0

TNU1N601 2 477.3 61.0 220.0

TNV1EFI 1 102.8 56.9 220.0


TNV1PIU 1 102.8 44.4 220.0

TNS1CTU 1 182.9 29.98 267.75

TNS1EFI 1 182.9 35 267.75

TNS1PIU 1 136.5 22.36 279.7


TNS1XCS 1 182.9 35 265.9

Basic Ordering Information

Table 28. Ordering information of Huawei OptiX OSN 9800.

Model Description

Huawei Optix OSN 9800 U16 Huawei OSN 9800 U16 subrack, a next-generation large-capacity OTN product

that integrates ASON, OTN, and packet functions for 100G optical networks,

applicable to various networks, including super-backbone, backbone, and metro

networks




networks




networks

Huawei Optix OSN 9800 Ups Huawei OSN 9800 universal platform subrack mainly works with the OSN 9800

U64/U32/U16/M24, which is applied at the electrical layer in WDM and OTN

system, enables end-to-end OTN/WDM backbone transport solutions and

implements multi-service, large-capacity, and fully transport transmission






Huawei Optix OSN 9800 M24 Huawei OSN 9800 M24, a next-generation ultra-large capacity, high integration,

and optoelectronic OTN/WDM product developed based on new software and

hardware platforms, applicable to backbone and metro networks.

Huawei Optix OSN 9800 P32 Huawei OSN 9800 P32 subrack is an ultra-large capacity all-optical cross-connect

product, used at the backbone core layer and metro aggregation layer and

works with the OSN 9800/1800 to build a complete E2E WDM/OTN backbone

transmission solution, achieving transparent and ultra-large capacity

transmission

Where to Buy

Want to buy this series of products? please contact:

● Tel: +1-626-239-8066 (USA)/ +852-3050-1066 / +852-3174-6166

● Fax: +852-3050-1066 (Hong Kong)

● Email: [email protected] (Sales Inquiries)

Or visit: Huawei OptiX OSN 9800 Products

Hot Products of Huawei Transmission Network:

Huawei OptiX OSN 1800 Huawei OptiX OSN 500



Huawei OptiX OSN 7500 II Huawei OptiX OSN 8800









https://www.router-switch.com/huawei-optix-osn-3800.html

https://www.router-switch.com/huawei-optix-osn-7500.html

https://www.router-switch.com/huawei-osn-7500-ii-price.html





About us

Router-switch.com, founded in 2002, is one of the biggest Global Network Hardware Supplier. We are a leading provider

of network products with 14,500+ customers in over 200 countries. We provide original new and used network

equipments ( Cisco, Huawei, HPE, Dell, Hikvision, Juniper, Fortinet, etc.), including Routers, Switches, Servers, Storage,

Telepresence and Videoconferencing, IP Phones, Firewalls, Wireless APs & Controllers, EHWIC/HWIC/VWIC Cards, SFPs,

Memory & Flash, Hard Disk, Cables, and all kinds of network solutions related products.

Sources

https://support.huawei.com/enterprise/en/transmission-network/optix-osn-9800-u16-pid-21110042

https://www.router-switch.com/cisco.html

https://www.router-switch.com/huawei.html

https://www.router-switch.com/hpe-network.html

https://www.router-switch.com/dell.html

https://www.router-switch.com/hikvision.html

https://www.router-switch.com/juniper-price.html

https://www.router-switch.com/fortinet-price.html

Documents

Huawei OptiX OSN 9800 and Boards Datasheet...Router-switch.com 2 Overview Intended for 100G and beyond 100G optical networks, the Huawei OSN 9800 U64/U32/U16 subrack is a next-generation